Ranges, not slogans
Fixed-sounding numbers are easy to print and costly to honor. A quantity floor or a lead time moves with the geometry, the coating, the packaging and the load at the partner factory - which is why this desk publishes typical reference ranges and confirms the exact figures for your program in writing, before anything is ground. The ranges below are industry practice for ground-to-order cutting tools, stated so you can plan; the written confirmation is what your purchase order rests on. Where a range can narrow for your case - an existing blank, a common coating, a simple box - the quotation says so, and where it cannot, the quotation says that too.
The reference table
These are the desk's reference ranges, matched to the two routes:
| Route | Reference range | Basis |
|---|---|---|
| Standard catalog items | Small lots and boxed quantities; often packed 10 pcs per box for end mills | Industry practice |
| OEM standard geometry, custom logo | MOQ typically from about 50-100 pcs per specification | Industry practice for ground-to-order tools |
| OEM non-standard geometry (special profile or taper) | MOQ per tool family, confirmed per program; a drawing is required | Industry practice |
| Samples | Standard items ship in days; custom grinding samples typically about 15-25 days | Industry practice |
| Bulk production | Typically about 30-45 days after sample approval; coating adds a few days | Industry practice |
| Regrinding / regrind + recoat | Quoted per batch; confirmed per program | Industry practice |
Standard quantities in practice
The standard route has no set-up to amortize, which is why it behaves differently. Tools already exist in reference geometry, so small lots and boxed quantities work from the first order - a single box to test a listing, a few boxes to fill a counter section, a mixed pallet when the range grows. What the standard route asks for instead is clarity: which families, which sizes, coated or uncoated, and how many boxes per line, written on the sheet so the picking matches the invoice. Buyers who later add ground-to-order lines run both routes side by side and confirm each on its own terms.
Why a quantity floor exists
A ground-to-order tool is not pulled from a shelf; it is set up. The factory mounts blanks, loads or verifies the grinding program, runs first articles and adjusts before the batch cuts cleanly. Those steps cost roughly the same whether the batch is fifty pieces or five hundred, which is why per-piece economics only work above a floor - and why standard geometry with your logo, which rides existing setups, carries a lower floor (from about 50-100 pcs per specification) than a profile that needs its own. This is not a policy invented to inconvenience smaller buyers; it is the shape of batch manufacturing, and honest numbers everywhere follow it.
How to read the timeline
The clock starts at different points, and buyers who know this plan better. For stock items, days means from order confirmation - the tools exist. For ground-to-order programs, the sample clock starts when the drawing is agreed, not when the first message was sent; the bulk clock starts at sample approval. An approval that drags on your side adds to every later step, so plan it deliberately - the checks worth running are in the sampling note. A typical custom program reads like this:
- Brief and sheet. Your drawing or assortment list becomes the spec sheet; open questions answered in writing.
- Quotation. Quantities, lead time, inspection plan and papers, confirmed for this program.
- Samples. Stock items ship in days; ground-to-order samples about 15-25 days after the drawing is agreed.
- Approval. You check geometry, coating and marking against the drawing and sign off.
- Bulk. About 30-45 days after approval; coating adds a few days where the program calls for it.
- Ship with papers. Boxes and cartons per the sheet, certificate of conformance and material certificates per program.
What moves a range up or down
Four levers, in practice. Platform reuse: a spec that fits an existing blank size and geometry family starts at a lower quantity floor - the logic is explained on the OEM page. Coating: a coated program adds a few days over uncoated bulk, because grinding and coating run as separate steps at separate lines. Mixed programs: quantities are set per specification, so a program of several specs is confirmed line by line rather than as one blended number. Packing: standard boxes and labels are the fast path; custom cartons or artwork add handling, not grinding time. None of these are secrets - they are lines on the sheet, and the sheet is what gets confirmed.
Reorders and regrinding
First orders prove the program; repeat orders run on rhythm. Stock items reorder in boxed quantities as your sell-through dictates - the planning logic is in the reorder planning note. Ground-to-order reorders skip the sampling stage when nothing has changed: the approved sample on file is the standard, and bulk runs against it. Worn tools can come back too: regrinding on the original geometry, with re-coating where wanted, is quoted per batch and confirmed per program rather than sold as a standing service. For resale programs, the boxed route and its quantities are described on the wholesale page.
Everything confirmed in writing
The ranges above are for planning. The binding version is the written confirmation: quantities per specification, lead times for your geometry and coating, the inspection plan, and the papers that travel with the shipment - all issued before production starts, so the program runs on documents rather than on memory. The checks behind a shipment are on the quality control page. Send the brief through the quote form; the reply quotes from the sheet, with the ranges narrowed to your case or flagged as still open.